close all; clear all; clc;
mylabels = {'H. rufescens', ... % 1
            'L. variegatus', 'S. purpuratus', 'A. punctulata', 'L. pictus', ... % 2:5
            'C. intestinalis', ... % 6
            'D. rerio', ... % 7
            'B. taurus', ... % 8 
            'H. sapiens', 'H. sapiens (viscous)', ... % 9:10
            };
mycolors = [0 1 1;
            1 0 0;
            1 0 0;
            1 0 0;
            1 0 0;
            1 0 1;
            0 1 0;
            0 0 1;
            0 0 1;
            0 0 1];  
mysymbol = 'os^vooos^vdpo';
mymarkersize = 3;
myfontsize = 9;


%% load data
% distance matrix
load('200617KDmx-SpecToSpec.mat')
    distancematrix = wMij;
% flip l. var and s. purp
    distancematrix(2:3,:) = [distancematrix(3,:);distancematrix(2,:)];
    distancematrix(:,2:3) = [distancematrix(:,3) distancematrix(:,2)];
% flip a punc and l pic
    distancematrix(4:5,:) = [distancematrix(5,:);distancematrix(4,:)];
    distancematrix(:,4:5) = [distancematrix(:,5) distancematrix(:,4)];


%% FIGURE S5
%% Figure S5a: plot distance matrix
ind_keep = 1:10;
    distancematrix_now  = distancematrix(ind_keep,ind_keep);
    mylabels_now = mylabels(ind_keep);
    distancematrix_minmax = [0 max(distancematrix_now(:))];
ind_order = [1 5 2 3 4 6 7 8 9 10];
    distancematrix_now = distancematrix_now(ind_order,:);
    distancematrix_now = distancematrix_now(:,ind_order);
    mylabels_now = mylabels_now(ind_order);
mypapersize = [8.9 8];
    AR = 1; h_off = 0.2*5; w_off = 2.4;  h = 5; w = h*AR; d = 0.1;
h_fig = figure;
  set(h_fig,'Units', 'centimeters', 'Position', [1 1 mypapersize],'PaperUnits', 'centimeters', 'papersize', mypapersize,'Color','w')
  ax_distancematrix = axes('Units','centimeters','Position', [w_off, h_off, w, h]);
imagesc(distancematrix_now, distancematrix_minmax); colormap('hot')
    set(ax_distancematrix, 'xaxislocation', 'top');
    set(ax_distancematrix, 'XTick', 1:length(ind_keep), 'YTick', 1:length(ind_keep));
    set(ax_distancematrix, 'XTickLabel', mylabels_now, 'fontangle', 'italic', 'fontsize', myfontsize, ...
                           'YTickLabel', mylabels_now, 'fontangle', 'italic', 'fontsize', myfontsize);
    xtickangle(ax_distancematrix, 90)
    ax_cbar = axes('Units','centimeters','Position', [w_off, h_off-d-0.25, w, 0.25]);
    imagesc(linspace(distancematrix_minmax(1),distancematrix_minmax(2),128),'XData',linspace(distancematrix_minmax(1),distancematrix_minmax(2),128),'YData',zeros(1,100));axis xy
    set(gca, 'YTick', [], 'fontsize', myfontsize);
    set(ax_cbar)%, 'xaxislocation', 'bottom')
    xlabel('Waveform distance, d', 'fontsize', myfontsize)
  
  
%% Figure S5b: plot kinematic tree
mypapersize = [10 7];
    d = 0.2; AR = 4/3;h_off = 1.;w_off = 1.; h = mypapersize(2)-h_off-d; w = h*AR; 
ind_keep = 1:10;
    mynames= mylabels(ind_keep);
    distancematrix = distancematrix([ind_keep],[ind_keep]);
kinematictree = seqlinkage(distancematrix,'single',mylabels(ind_keep));
    kinematictree = reorder(kinematictree, [10 8 9 6 7 4 5 1 2 3]);
plot(kinematictree,'Orientation','left')
h_fig = gcf;
  set(h_fig,'Color','w')
  set(h_fig,'Units', 'centimeters', 'Position', [1 1 mypapersize],'PaperUnits', 'centimeters', 'papersize', mypapersize)
h_tree = get(h_fig,'userdata');
    set(h_tree.BranchDots,'Marker', 'none')
    set(h_tree.LeafDots,'Marker', 'none') 
    set(h_tree.BranchLines,'LineWidth', 1.3) 
    set(h_tree.axes,'Units','centimeters');
        pos = get(h_tree.axes,'position');
        pos = [0.4611    0.6504    6    5.8366];
        set(h_tree.axes,'position', pos)    
axis off

